Torch firing furnace core of commercial cooker

Abstract

The invention discloses a torch firing furnace core of a commercial cooker. The torch firing furnace core comprises a wind cavity and a combustible component inserted into the wind cavity in a downward mode. The combustible component and the wind cavity are surrounded together to form a wind chamber. A wind control check ring is arranged in the wind chamber. The wind control check ring divides the wind chamber into an outer wind chamber body and an inner wind chamber body. A combustion chamber with the top opened is arranged in the combustible component. A fire inlet communicating with the inner wind chamber body is formed in the bottom of the combustible component. A plurality of first air inlet holes communicating with the combustion chamber and the outer wind chamber body are formed in the circumferential direction of the side wall of the combustible component. An air inlet communicating with the outer wind chamber body is formed in the side wall of the wind cavity. A plurality of second air inlet holes communicating with the outer wind chamber body and the inner wind chamber body are formed in the wind control check ring. An ignition needle and an oil spraying nozzle with a spout aligning the fire inlet in the bottom of the combustible component in an upward mode are further arranged in the inner wind chamber body. The torch firing furnace core of the commercial cooker has the advantages of being high in using safety and stable in ignition.

Description

technical field [0001] The invention relates to a commercial cooker, in particular to a spray-fired furnace core for a commercial cooker. Background technique [0002] Commercial stoves are commonly used in hotels, hotels, restaurant kitchens, and canteens of school organizations. This kind of stove uses ethanol, methanol or diesel oil as fuel. It has a large firepower and is suitable for rapid cooking of large quantities of dishes. Therefore, it is welcomed by users. The burner core is an important part of commercial cookers. The structure of the burner core currently used is: including the air chamber and the combustion body inserted downward into the air chamber. The combustion body and the air chamber together form a wind chamber. The chamber is provided with a combustion chamber with an open top in the combustion body, a fire inlet connected with the air chamber is provided at the bottom of the combustion body, and an inlet connected with the air chamber is provided on...

AI Technical Summary

Problems solved by technology

The disadvantages of the above-mentioned injection furnace core are: (1) the wind force entering the air chamber cannot be controlled, resulting in extremely unstable ignition of the ignition needle, which is extremely inconvenient to use; (2) the combustion oil such as ethanol, methanol or diesel Insufficient combustion leads to low utilization rate of combustion oil such as ethanol, methanol or diesel oil, high cost and low safety

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